Testing the Symmetrization Postulate of Quantum Mechanics and
... be symmetric in the exchange of two nuclei. Since the nuclear spin is zero, wn is obviously symmetric. The vibrational wave function wv is also unaltered in the exchange of the nuclei because it depends only on the magnitude of the internuclear distance. Since the total wavefunction wt must be symme ...
... be symmetric in the exchange of two nuclei. Since the nuclear spin is zero, wn is obviously symmetric. The vibrational wave function wv is also unaltered in the exchange of the nuclei because it depends only on the magnitude of the internuclear distance. Since the total wavefunction wt must be symme ...
Design and proof of concept for silicon-based quantum dot
... Figure 3 provides insight into the operation of the device. Results are shown for two configurations of the gate voltages, corresponding to points A and B in Fig. 2. For case A, corresponding to a low barrier ( | Vin | << | Vout | ), the potential landscape becomes an elongated trough, with signific ...
... Figure 3 provides insight into the operation of the device. Results are shown for two configurations of the gate voltages, corresponding to points A and B in Fig. 2. For case A, corresponding to a low barrier ( | Vin | << | Vout | ), the potential landscape becomes an elongated trough, with signific ...
Fiber Bundles and Quantum Theory
... rotation, both probability amplitudes change their sign. It takes 2 full turns (i.e., 720 degrees of rotation) to restore the probability amplitudes to their initial values. This feature of Quantum Theory may at first seem paradoxical. When an ordinary object makes a complete rotation in space, it r ...
... rotation, both probability amplitudes change their sign. It takes 2 full turns (i.e., 720 degrees of rotation) to restore the probability amplitudes to their initial values. This feature of Quantum Theory may at first seem paradoxical. When an ordinary object makes a complete rotation in space, it r ...
Relativistic Quantum Mechanics
... The fact that quantum states of free relativistic particles are fully defined by the Lorentz transformation supplemented by the space-time translation was discovered by Wigner. Here we will follow his idea in a qualitative way just to get the main concept across. First, we note that Lorentz transfor ...
... The fact that quantum states of free relativistic particles are fully defined by the Lorentz transformation supplemented by the space-time translation was discovered by Wigner. Here we will follow his idea in a qualitative way just to get the main concept across. First, we note that Lorentz transfor ...
Correlated many-electron states in a quantum dot containing a
... product of two single-particle wave functions of those two ជ of the exchanged quantum states calculated at position R impurity. They build up a submatrix called the exchange interaction matrix. The size of this matrix is determined by the number of orbitals that are taken into account in our calcula ...
... product of two single-particle wave functions of those two ជ of the exchanged quantum states calculated at position R impurity. They build up a submatrix called the exchange interaction matrix. The size of this matrix is determined by the number of orbitals that are taken into account in our calcula ...
Valley polarization assisted spin polarization in two dimensions
... has been successful, and strained silicon has been in use in microelectronics since the 90-nm node3. More recently, however, the valley degree of freedom is becoming recognized as an opportunity, rather than a hindrance, and this is leading to the emergence of a field of research now known as valleyt ...
... has been successful, and strained silicon has been in use in microelectronics since the 90-nm node3. More recently, however, the valley degree of freedom is becoming recognized as an opportunity, rather than a hindrance, and this is leading to the emergence of a field of research now known as valleyt ...
Atom-Light Interactions - Durham University Community
... In the Schrödinger picture that we have considered thus far, the application of the classical light field causes the atom to oscillate between the ground and excited states. If we think in terms of energy transfer, then the conservation of energy implies that energy must be transferred to and from ...
... In the Schrödinger picture that we have considered thus far, the application of the classical light field causes the atom to oscillate between the ground and excited states. If we think in terms of energy transfer, then the conservation of energy implies that energy must be transferred to and from ...
Helimagnetic structure of YMn2 observed by means of nuclear
... the possibility of double-axial helical structures arises and is discussed. In this study, all the inconsistency among previously reported NMR spectra is removed, and the strong frequency dependence of the spin-echo decay time T2 found unexpectedly is explained in terms of a phenomenological model t ...
... the possibility of double-axial helical structures arises and is discussed. In this study, all the inconsistency among previously reported NMR spectra is removed, and the strong frequency dependence of the spin-echo decay time T2 found unexpectedly is explained in terms of a phenomenological model t ...
